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中年婦女身體活動量與生理心理的相關之研究—以良導絡正常生理範圍者為例

The Correlation between Content of Physical Activity and Physipsychological Variables in Females: As the Example with Normal Physiological Range of Ryodoraku

摘要


This study aimed to investigate the correlation between content of physical activity and physipsychological variables in females. Twenty-eight female subjects (the average age, height, weight, and BMI are 56.04±9.6ys, 156.5±4.5cm, 58.4±6.7kg, and 23.8±2.8kg/m2, respectively) were recruited in this study. The ryodoraku bio-energy measurement detector, ultrasound blood flow detector, and pedometer were chosen for investigation and discussing the relationship among the physical variables. Descriptive statistic and Pearson product-moment correlation were conducted to identify the relationship by using SPSS 12.01 for window version f and the significance was set at α =.05. There was significant relationship between ryodoraku bio-energy value and mean blood flow speed (r = .398, p <.05), but no significant relationship between mean content of physical activity per day(p> .05); there was significant negative relationship between resting heart rate and mean content of physical activity per day ( r = -.506, p < .01).The conclusion is that there was significant positive relationship between ryodoraku bio-energy value and blood circulation (r = .398, p <.05) and it verified that ryodoraku bio-energy value is equal to the activity of the sympathetic nerve; and there was no significant relationship between mean content (7009±3612 steps) of physical activity per day and total quality of life (p> .05). There was significant relationship between mean content of physical activity per day and resting heart rate and it verified the related view point that the higher levels of content of physical activity per day and healthy physical fitness have the lower risk relating to cardiovascular disease.

並列摘要


This study aimed to investigate the correlation between content of physical activity and physipsychological variables in females. Twenty-eight female subjects (the average age, height, weight, and BMI are 56.04±9.6ys, 156.5±4.5cm, 58.4±6.7kg, and 23.8±2.8kg/m2, respectively) were recruited in this study. The ryodoraku bio-energy measurement detector, ultrasound blood flow detector, and pedometer were chosen for investigation and discussing the relationship among the physical variables. Descriptive statistic and Pearson product-moment correlation were conducted to identify the relationship by using SPSS 12.01 for window version f and the significance was set at α =.05. There was significant relationship between ryodoraku bio-energy value and mean blood flow speed (r = .398, p <.05), but no significant relationship between mean content of physical activity per day(p> .05); there was significant negative relationship between resting heart rate and mean content of physical activity per day ( r = -.506, p < .01).The conclusion is that there was significant positive relationship between ryodoraku bio-energy value and blood circulation (r = .398, p <.05) and it verified that ryodoraku bio-energy value is equal to the activity of the sympathetic nerve; and there was no significant relationship between mean content (7009±3612 steps) of physical activity per day and total quality of life (p> .05). There was significant relationship between mean content of physical activity per day and resting heart rate and it verified the related view point that the higher levels of content of physical activity per day and healthy physical fitness have the lower risk relating to cardiovascular disease.

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